Tesla’s European Expansion: Full Self-Driving (Supervised) Gains Ground in Lithuania

Tesla has officially expanded the availability of its Full Self-Driving (Supervised) software to Lithuania, marking a significant milestone in the company’s push into the European market. As the second country on the continent to greenlight the advanced driver assistance system (ADAS), Lithuania’s approval serves as a bellwether for Tesla’s broader strategy to transition from a traditional automotive manufacturer into a dominant force in the global artificial intelligence and robotics sectors.

This expansion, while seemingly incremental, is a critical component of CEO Elon Musk’s long-term vision. By scaling FSD (Supervised) across European borders, Tesla is not merely selling a software upgrade; it is building the foundational data infrastructure required to eventually achieve fully autonomous transportation.

The Strategic Shift: Beyond the Assembly Line

For years, Tesla was viewed primarily through the lens of electric vehicle (EV) production. However, under the guidance of Elon Musk, the company has increasingly emphasized its identity as an AI and robotics enterprise. FSD (Supervised) is the tip of the spear in this transition.

The software—which currently enables features like automated steering, lane changes, and parking—requires constant human vigilance. Despite the “Full Self-Driving” branding, the system is technically classified as a Level 2 driver assistance feature, mandating that the driver remain attentive and ready to take control at a moment’s notice.

The pivot to a subscription-only model for FSD, which Musk implemented earlier this year, further highlights Tesla’s shift toward a Software-as-a-Service (SaaS) business model. By charging a $99 monthly fee, Tesla ensures a recurring revenue stream that is decoupled from hardware sales, allowing the company to monetize its active fleet far more effectively than through one-time, lifetime purchase options.

Chronology of the European Rollout

The path to European integration has been notably slower than in North America, largely due to the rigorous safety and regulatory frameworks mandated by the European Union.

2020: Tesla launches the FSD beta program in the United States, initiating a rapid cycle of data collection and software refinement.
Early 2026: The Dutch regulator RDW becomes the first European body to approve the deployment of FSD (Supervised), creating a regulatory blueprint for other EU member states.
April 2026: Reports emerge that the RDW is actively seeking EU-wide acceptance of its certification, which could theoretically allow for a simplified approval process across all member nations.
May 2026: Lithuania officially joins the Netherlands as the second European nation to permit the use of FSD (Supervised) on its public roads.
Present Day: Regulatory interest is spiking. The Greek transport ministry has signaled that upcoming legislation will facilitate the approval of FSD, and Belgium is currently in the late stages of authorizing the system under a process mirroring the RDW’s framework.

Data-Driven Ambitions: The 10 Million Subscriber Goal

The financial stakes for Elon Musk are profound. His $1 trillion compensation package is explicitly linked to hitting ambitious performance benchmarks, one of which is achieving 10 million active FSD subscriptions by 2035.

As of the company’s first-quarter earnings call in April 2026, Tesla reported approximately 1.3 million paying FSD customers globally. While this number is substantial, it represents a fraction of the total Tesla fleet currently on the road. To reach the 10 million target, Tesla must execute a two-pronged strategy: increasing the penetration rate of the software within its existing user base and aggressively expanding into new, high-volume markets like the European Union.

The current global availability of FSD includes the United States, Canada, Australia, China, Mexico, New Zealand, Puerto Rico, and South Korea. However, the European market represents a unique regulatory challenge that, if overcome, will unlock millions of potential subscribers who have been restricted by local safety laws until now.

The Regulatory Hurdle and EU-Wide Acceptance

The primary obstacle to Tesla’s European growth remains the fragmented nature of EU transport policy. Each country maintains its own standards for vehicle automation. The “Dutch Model”—where the RDW acts as a lead auditor for software safety—could become the gold standard for Tesla.

If the RDW succeeds in securing a broader EU-wide approval, it would eliminate the need for Tesla to negotiate with every individual member state. Instead, a vehicle certified in one country could operate seamlessly across the entire Schengen Area. For Tesla, this is the “Holy Grail” of European expansion. Without this, the rollout will continue to be a piecemeal affair, characterized by incremental announcements and localized legislative battles.

Beyond Supervision: The Future of Autonomous Robotics

While FSD (Supervised) is the only consumer-facing product currently driving Tesla’s AI narrative, it is only one pillar of a much larger ecosystem. Tesla’s roadmap includes two other high-stakes projects:

FSD Unsupervised: Unlike the current system, this version would theoretically allow the vehicle to operate without human intervention. Currently, this technology is confined to a strictly controlled, small fleet of approximately 50 robotaxis operating in select Texas markets (Austin, Dallas, and Houston). This testing is vital for training the neural networks that will eventually replace human drivers in the supervised fleet.
Optimus Humanoid Robot: Perhaps the most ambitious project in the company’s portfolio, the Optimus robot is designed to handle tasks in manufacturing and logistics. While it has captured the public imagination, it remains in the pre-production phase. It represents the ultimate manifestation of Musk’s goal to position Tesla as a robotics company, but it currently provides zero revenue to the bottom line.

Implications for the Automotive Industry

The success or failure of Tesla’s FSD rollout in Europe will have far-reaching implications for the automotive industry at large.

For legacy automakers, Tesla’s software-first approach presents an existential threat. If Tesla can prove that its fleet of millions of vehicles can learn from real-world European traffic patterns and safely navigate complex urban environments, it will establish a "data moat" that competitors will find nearly impossible to bridge.

Furthermore, the shift toward recurring revenue through subscriptions is being watched closely by Wall Street. Investors are increasingly valuing Tesla not on its capacity to build cars, but on the potential for its software to generate high-margin profit that scales independently of physical factory capacity.

Conclusion: A Regulatory and Technical Marathon

The approval of FSD (Supervised) in Lithuania is a victory, but it is a small step in a much longer, more arduous journey. Tesla must continue to refine its software to satisfy the stringent requirements of European regulators, who are historically more cautious than their American counterparts.

If the company can maintain its current pace of regulatory approval and continue to improve the performance of its neural networks, the 10 million subscriber goal—while aggressive—moves from the realm of fantasy to the realm of possibility. However, the true test will be whether the system can eventually transition from “Supervised” to “Unsupervised” in the complex, narrow, and often unpredictable streets of Europe. Until then, Tesla remains a company caught between its legacy as a manufacturer and its aspiration to become the world’s most significant provider of artificial intelligence on wheels.